TY  - DATA
AU  - Morrow,David C.
AU  - Lunsford,Kevin M.
AU  - Lunsford,Kevin M.
ED  - Bryan Research & Engineering
ED  - South Tex Treaters
ED  - Bryan Research & Engineering
ED  - South Tex Treaters
TI  - Removal and disposal of BTEX components from amine plant acid gas streams
KW  - Impacto ambiental. Downstream
KW  - Contaminación atmosférica
KW  - Contaminación por hidrocarburos
KW  - Contaminantes del aire
KW  - Hidrocarburos aromáticos
KW  - Benceno
KW  - Etilbenceno
KW  - Tolueno
KW  - Xileno
KW  - Plantas de tratamiento de gas
KW  - Condiciones operativas
KW  - Emisiones gaseosas
N1  - Artículo publicado en la página web de Bryan Research & Engineering(http://www.bre.com) donde se pueden consultar otros artículos sobre temas relacionados. ; Página web visitada en enero de 2004. ; Navegadores de Internet
N2  - The amine process will absorb heavy hydrocarbons and aromatics from gas streams in addition to the acid components. Whether the acid gas is to be vented or fed to a sulfur plant, it is highly desirable to remove these compounds from the acid gas. A new, economical process has been developed to greatly reduce the aromatics and heavy hydrocarbons in the amine plant acid gas stream. In the test facility, the new BTEX-T. rex process decreased the level of aromatics in the acid gas stream by more than three quarters. The process utilizes the plant fuel gas as a stripping agent and the aromatics and heavy hydrocarbons which are removed are incinerated in the amine plant reboiler heater. Plant data collected before and after implementing the BTEX-T. rex process compare favorably with the results estimated using a recent version of TSWEET regarding BTEX concentration results
UR  - http://www.bre.com/technicalpapers/technicalpaper.asp?articlenumber=27
ER  -